C Program Only face=\"times new roman, new york, times, serif\" id=\"yui_3_7_2_1
ID: 3540895 • Letter: C
Question
C Program Only face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4486"> id="yui_3_7_2_1_1377180795627_2615"> Node Structure typedef struct node{ int key; struct node* next; } NODE;A large integer is constructed by a linked list of the above structures. Each structure represents one digit, and the digits are stored reversely in the linked list i.e the last node contains the first digit. Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621"> id="yui_3_7_2_1_1377180795627_2622">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2619"> id="yui_3_7_2_1_1377180795627_2620">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4488"> id="yui_3_7_2_1_1377180795627_2626">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2627"> id="yui_3_7_2_1_1377180795627_2617">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4484"> id="yui_3_7_2_1_1377180795627_2628">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4485"> id="yui_3_7_2_1_1377180795627_2616">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4486"> id="yui_3_7_2_1_1377180795627_2615">
face="times new roman, new york, times, serif"> C Program Only face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4486"> Node Structure typedef struct node{ int key; struct node* next; } NODE;
A large integer is constructed by a linked list of the above structures. Each structure represents one digit, and the digits are stored reversely in the linked list i.e the last node contains the first digit. Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621"> id="yui_3_7_2_1_1377180795627_2622">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2619"> id="yui_3_7_2_1_1377180795627_2620">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4488"> id="yui_3_7_2_1_1377180795627_2626">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2627"> id="yui_3_7_2_1_1377180795627_2617">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4484"> id="yui_3_7_2_1_1377180795627_2628">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4485"> id="yui_3_7_2_1_1377180795627_2616">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4486"> typedef struct node{ int key; struct node* next; } NODE;
A large integer is constructed by a linked list of the above structures. Each structure represents one digit, and the digits are stored reversely in the linked list i.e the last node contains the first digit. Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621"> id="yui_3_7_2_1_1377180795627_2622">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2619"> id="yui_3_7_2_1_1377180795627_2620">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4488"> id="yui_3_7_2_1_1377180795627_2626">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2627"> id="yui_3_7_2_1_1377180795627_2617">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4484"> id="yui_3_7_2_1_1377180795627_2628">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4485"> int key; struct node* next; } NODE;
A large integer is constructed by a linked list of the above structures. Each structure represents one digit, and the digits are stored reversely in the linked list i.e the last node contains the first digit. Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621"> id="yui_3_7_2_1_1377180795627_2622">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2619"> id="yui_3_7_2_1_1377180795627_2620">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4488"> id="yui_3_7_2_1_1377180795627_2626">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2627"> id="yui_3_7_2_1_1377180795627_2617">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4484"> struct node* next; } NODE;
A large integer is constructed by a linked list of the above structures. Each structure represents one digit, and the digits are stored reversely in the linked list i.e the last node contains the first digit. Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621"> id="yui_3_7_2_1_1377180795627_2622">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2619"> id="yui_3_7_2_1_1377180795627_2620">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4488"> id="yui_3_7_2_1_1377180795627_2626">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2627"> } NODE;
A large integer is constructed by a linked list of the above structures. Each structure represents one digit, and the digits are stored reversely in the linked list i.e the last node contains the first digit. Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621"> id="yui_3_7_2_1_1377180795627_2622">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2619"> id="yui_3_7_2_1_1377180795627_2620">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4488">
A large integer is constructed by a linked list of the above structures. Each structure represents one digit, and the digits are stored reversely in the linked list i.e the last node contains the first digit. Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621"> id="yui_3_7_2_1_1377180795627_2622">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2619"> id="yui_3_7_2_1_1377180795627_2620">face="times new roman, new york, times, serif"> A large integer is constructed by a linked list of the above structures. Each structure represents one digit, and the digits are stored reversely in the linked list i.e the last node contains the first digit. Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621"> id="yui_3_7_2_1_1377180795627_2622">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2619"> Example, if the number is 12345 then the large integer will be 5->4->3->2->1.
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4489">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_2621">
A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490"> id="yui_3_7_2_1_1377180795627_4491">face="times new roman, new york, times, serif"> A. Write a RECURSIVE function that returns a new large integer that is the quotient of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10 , 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N);
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4492">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4490">
NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493"> id="yui_3_7_2_1_1377180795627_4494">face="times new roman, new york, times, serif"> NODE * Divide ( NODE * L, int N ); //For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 3->2->1
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4495">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4493">
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> id="yui_3_7_2_1_1377180795627_4496">face="times new roman, new york, times, serif">
B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> id="yui_3_7_2_1_1377180795627_4533">face="times new roman, new york, times, serif"> B. Write a RECURSIVE function that returns a new large integer that is the remainder of dividing a large integer by a built-in C integer(i.e int).And this int is always a power of tens e.g 10, 100. 1000, 10000 etc. and your function must be 0(N). Where N is number of nodes (i.e digits). The BIG-O cannot be bigger than O(N); NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534"> id="yui_3_7_2_1_1377180795627_4535">face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4532"> NODE* Remainder( NODE * L, Int N );//For Example if L is 5 ->4->3->2->1 and N is 100 . The Quotient is 5->4->1face="times new roman, new york, times, serif" id="yui_3_7_2_1_1377180795627_4534">
face="times new roman, new york, times, serif">
Explanation / Answer
//POSTING REQUIRED FUNCTIONS //PLEASE COMMENT IF YOU NEED TEST PROGRAM ALSO NODE * Divide ( NODE * L, int N ) { if(N==1) return L; return Divide(L->next, N/10); } NODE* Remainder( NODE * L, int N ) { if(N==1) return NULL; NODE* n=(NODE *)malloc(sizeof(NODE)); n->key = L->key; n->next = Remainder( L->next, N/10 ); return n; }
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.